VXP 6 - Speaker TANNOY - Free user manual and instructions
Find the device manual for free VXP 6 TANNOY in PDF.
User questions about VXP 6 TANNOY
0 question about this device. Answer the ones you know or ask your own.
Ask a new question about this device
Download the instructions for your Speaker in PDF format for free! Find your manual VXP 6 - TANNOY and take your electronic device back in hand. On this page are published all the documents necessary for the use of your device. VXP 6 by TANNOY.
USER MANUAL VXP 6 TANNOY
natural_image
Black cylindrical industrial tanks arranged in a row (no visible text or labels)VX Series
VX 15Q (-WH)/VX 15HP (-WH)/VX 12.2Q (-WH)/VX 12Q (-WH)/VX 12HP (-WH)
15/12" Power Dual Full Range Loudspeaker with Q-Centric Waveguide/Low Frequency Driver for Portable and Installation Applications
VX 12 (-WH)/VX 8M/VX 8.2 (-WH)/VX 8 (-WH)/VX 6 (-WH)/VX 5.2 (-WH)
12/8/6/5" Dual Concentric Full Range Loudspeaker with Low Frequency Driver for Portable and Installation Applications
2 VX Series Quick Start Guide 3
EN
(FN) Safety Instruction
-
Read these instructions
-
Keep these instructions.
-
Herd all warnings.
-
Future all instructions.
-
Do not use this apparatus near water
-
Clean only with dry cloth
-
Do not block any ventilation openings, install in
accordance with the manufacturer's instructions.
- Do not install near any heat sources such
as faculations, heat registers, slaves, or other apparatuses
(1) Using the problem, that produces them;
by the manufacturer
ES
FR
DE
PT
IT
10. Use only with
the cart, stand, tripod,
obtects of 1962 specified
to the maculatus as
with the consensus
When a fact is used.
use caution when moving
the cart/apparatus
combination to avoid injury from tip-over.
11. Correct disposal of this
product: This symbol indicates that
this product must not be disposed
of with household waste,
according to the NEE Directive
(2012-15-20, and your national law. This product should be taken
to collection center forward lies
the recycling of waste electrical and electronic equipment (EE). The mishandling of this type of waste could have a possible negative impact on the environment and human health due to potentially hazardous substances that are generally associated with EEE. At the same time, your cooperation in the correct disposal of this product will contribute to the efficient use of natural resources. For more information about where you can take your waste equipment for recycling, please contact your local city office, or your household waste collection service.
- Do not install in a confined space, such as a
book case or similar unit.
- Do not place naked flame sources, such as lightest
candles, on the apparatus.
The following details are:
A. Sina todas as instructes
-
Also utilize some digestive parts to save
-
LISSY NAME: SHUTT BOLDERS
-
2014年1月1日
-
Nas obduras as entrias de venulatau, instale de
2.1.1. 2017年1月1日
m = 311
PT
IT
4 VX Series Quick Start Guide 5
(H) Belangrijke
In-house type of mail
galtice, Michael Aginning.
30,85.4-11:10:37:11, 17:01
Thank you for choosing a Tanney loudspeaker product for your application. If you would like further information about this or any other Tanney product, please visit our website at tanmoy.com.
Unpacking the Loudspeaker
Each Tannoy VX Series loudspeaker is carefully tested and inspected prior to shipment. After unpacking, please inspect for any exterior physical damage, and save the carton and any relevant packaging materials in case the loudspeaker again requires packing and shipping. In the event that damage has been sustained in transit notify your dealer and the shipping carrier immediately.
System Requirements – Passive and Bi-amped Loudspeakers
Within the WC Series, system designers can choose from a variety of sizes, power levels and coverage patterns to suit particular requirements. For extended base performance, models with the "Q" designation augment the Dual Concentric LT driver with a second matched LT driver. The "HP" designation indicates extended power handling capabilities, while the "Q" suffix indicates incorporation on the new Q-Centre Waveguide M (QCW™) for applications requiring an asymmetrical coverage pattern. The QCW horn can be rotated in a matter of minutes, allowing placement of the 73 x 40 degree pattern with either horizontal or vertical orientation. VS "HP" and Q" versions have switchable inputs to allow operation in passive or bi-amp modes.
All other VX versions are full range speakers operating as a passive system and require only one amplifier channel.
To avoid wasting amplifier power, you should use heavy-duty speaker cable, with a minimum wire size of 1.5 mm² (16 AWG), and preferably 2.5 mm² (14 AWG) for longer runs. Use larger wire sizes for speakers wired in parallel. For extreme cable lengths, be aware of cable impedance and resistive losses. Always observe the correct polarity.
WALI
- The following table provides the results of the results: (1) The results are based on the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject in the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject to the results that have been subject to the results, and The results are subject into a result of this result.
Amplifier Considerations
The VX series loudspeaker are optimized for use with the Lab Gruppen Pl-M-series amplifiers or Late LM series controllers used in combination with Lab Gruppen FP amplifiers. A full range of DSP settings to suit any configuration are provided for download on the Tanny website. The site of third party amplification and processing is only advised using the matrix of manual settings as well as the limiter calculator provided on the Tanny website. VX series loudspeaker enclosures should be driven by high quality power amplifiers designed for true professional use. Power amplifiers should be capable of delivering long-term broadband power equal to half the loudspeaker's peak power rating at its stated nominal impedance. The use of underpowered amplifiers must be avoided as heavily clipped signals can cause permanent loudspeaker damage. Limiters, crossovers and equalization points must be set in accordance with the site of Tanny website. This will ensure the optimum sound quality and long-term reliability as well as protection from damage.
Neutrik speakON NL4 locking input connector(s) are provided, allowing options for input and link, passive, and bi-amp operation.
Recommended Amplifier Power
| Model | V1.5.2 | V1.6 | V1.8 | V1.8.2 | V1.8A | V1.12 | VX 13BP/VX 120 | VX 12.20 | VX 15HP/VX 150 | |||||||
| Mode | Passive | Passive | Passive | Passive | Passive | Passive | Passive | B-amp LF | B-amp LF | Passive | B-amp LF | B-amp LF | Passive | B-amp LF | B-amp LF | |
| Impedance | 8.0 | 3.0 | 8.0 | 8.0 | 8.0 | 8.0 | 8.0 | 8.0 | 8.0 | 8.0 | 8.0 | 8.0 | 8.0 | 8.0 | 8.0 | |
| Minimum amplifier Power | Continuous RMS | 130.02 | 120.02 | 140.01 | 200.01 | 130.02 | 200.02 | 352.01 | 152.01 | 82.01 | 200.01 | 150.02 | 120.01 | 400.09 | 202.01 | 82.01 |
| Peak | 520.02 | 420.02 | 522.01 | 200.01 | 520.02 | 420.02 | 1400.02 | 1400.02 | 800.02 | 200.01 | 1400.02 | 140.01 | 1610.02 | 160.01 | 802.01 | |
Connections
VX5.2, VX6, VX8, VX8.2
| Model | Back Panel | Connector | Internal Schematic |
| Passive | TANNOY | scram/OPF NLR | |
| Input Full Range: | |||
| Input Full Range: | |||
| Barrier Supply | |||
| Input Full Range: | Link Full Range: | ||
| Input Full Range: | Link Full Range: | ||
VX8M
| Model | Back Panel | Connector | Internal Schematic |
| Passive |
8 VX Series Quick Start Guide 9
VX 12
| Model | Back Panel | Connector | Internal Schematic |
| Passive |  | speak/CK* NLSInput/Fold Range-1Input/Fold Range-1Range StripInput/Fold Range-1Input/Fold Range-1 | NLSInput/Fold Range-1Line-2NLSInput/Fold Range-1Line-2SButton Strip Input/Fold Range-1Line-1 |
 |
 |  |
 |  |
VX 12HP, VX 12Q, VX 12.2Q, VX 15HP, VX 15Q
| Model | Back Panel | Connector | Internal Schematic | |
| Passive |  | Input of ChangeInput of ChangeInput of TempInput of ChangeInput of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input of Temp Input in   | 1.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1 2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3 4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5 4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.5.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10 1.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6 4.5.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6 4.5.6.7. 8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6.7.8.9.10.11.1.2.3.4.6 4.5.6.7.8.9.1 |
Mounting and Fixing
Arraying
Small alterations to loudspeaker positions can have the effect of minimising problematic combing frequencies. Arrays should be constructed so that the individual coverage patterns of each loudspeaker combine with minimal overlap. The design of the VXP cabinet greatly simplifies the creation of effective arrays, allowing seamless wide horizontal coverage using two loudspeakers without the need for tedious experimentation.
By placing the VXP cabinets with the 30 degree angled rear panels together, minimal dispersion pattern overlap is achieved, guaranteeing an extraordinarily smooth transition. In many applications the 90 or 75 degree dispersion pattern may be sufficient in the horizontal plane. It is also possible to stack the cabinets vertically using the above method (in a central cluster for example) where greater vertical dispersion is required. As shown in the above diagram, one of the VXP cabinets is inverted to allow the optimum spread angle to be achieved. The grille can be simply removed from this cabinet and be replaced for matching orientation. The grille is held in position by the two fixing screws on the top and bottom lips of the cabinet.
natural_image
Technical line drawing of two cylindrical industrial enclosures with mounting holes and side-mounted fans (no text or symbols)The Tammy Professional hardware covered in this guide has been designed to offer quick, simple, cost effective and secure solutions for mounting specific Tammy Professional loudspeakers. This hardware has been designed and manufactured with a high safety load factor for its specific role. To ensure the safest possible use of the hardware covered in this guide, it must be assembled in strict accordance with the instructions specified. The information in this Quick Start Guide relating to the assembly and the safe use of these accessories must be understood and followed.
IMPORTANT NOTE: The mounting of a permanently installed sound system may be dangerous unless undertaken by qualified personnel with the required experience and certification to perform the necessary tasks. Walls, floors or ceilings must be capable of safely and securely supporting the actual load. The mounting accessory used must be safely and securely fixed both in the loudspeaker and to the wall, floor or ceiling.
When mounting rigging components on walls, floors or ceilings, ensure that all finishes and fasteners used are of an appropriate size and load rating. Wall and ceiling daddings, and the construction and composition of walls and ceilings, all need to be taken into account when determining whether a particular fixing arrangement can be safely employed for a particular load. Cavity plugs or other specialist fixings, if required, must be of an appropriate type, and must be fitted and used in accordance with the maker's instructions.
The operation of your speaker cabinet as part of a flown system, if installed incorrectly and improperly, can potentially expose persons to serious health risks and even death. In addition, please ensure that electrical, mechanical and acoustic considerations are discussed with qualified and certified (by local state or national authorities) personnel prior to any installation or flying.
Make sure that speaker cabinets are set up and flown by qualified and certified personnel only, using dedicated equipment and original parts and components delivered with the unit. If any parts or components are missing please contact your Dealer before attempting to set up the system.
Be sure to observe the local, state and other safety regulations applicable in your country. MUSIC Tribe, including the MUSIC Tribe companies listed on the enclosed "Service Information Sheet", assumes no liability for any damage or personal injury resulting from improper use, installation or operation of the product. Regular checks must be conducted by qualified personnel to ensure that the system remains in a secure and stable condition. Make sure that, where the speaker is flown, the area underneath the speaker is free of human traffic. Do not fly the speaker in areas that can be entered or used by members of the public.
Speakers create a magnetic field, even if not in operation. Therefore, please keep all materials that can be affected by such fields (discs. computers, monitors, etc.) at a safe distance. A safe distance is usually between 1 and 2 metres.
In our study, we have seen that the patient has been a patient for long-term treatment. The patient is not a patient, but this was a patient who has been a patient for long-term treatment. The patient is not a patient, but this was a patient who has been a patient for long-term treatment.
In our view of the 2016 and 2017, we have been a new version of the 2016 and 2017. We have been a new version of the 2016 and 2017. We have been a new version of the 2016 and 2017. We have been a new version of the 2016 and 2017. We have been a new version of the 2016 and 2017. We have been a new version of the 2016 and 2017.
For the change in the problem and the value of the ratio of the number of problems to the range, the number of problems per case is 1.000, and the number of problems per case is 1.000, and the number of problems per case is 1.000, respectively. The number of problems per case is 1.000, and the number of problems per case is 1.000, respectively.
| Modela | VX 5.2 | VX 6 | VX 8 | VX 8.1 | VX 8M | VX 12 | VX 12HP / VX 12Q | VX 12.2Q | VX 15HP / VX 15Q | ||||||||
| Moda | Pantana | Pantana | Pantana | Pantana | Pantana | Pantana | Pantana | Hampplcicador LF | Hampplcicador LF | Pantana | Hampplcicador LF | Hampplcicador MLF | Pantana | Hampplcicador LF | Hampplcicador MLF | Pantana | Hampplcicador LF |
| Impedianica | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C | B,C |
| Potencia minima de amplifier | RMS control | 100 W | 100 W | 130 W | 200 W | 100 W | 200 W | 350 W | 350 W | 100 W | 500 W | 500 W | 500 W | 400 W | 400 W | 400 W | 80 W |
| Pico | 500 W | 400 W | 500 W | 800 W | 500 W | 800 W | 1400 W | 1400 W | 800 W | 2000 W | 1400 W | 1400 W | 1600 W | 1600 W | 1600 W | 800 W | |
Conexões
(Consulte as páginas 13-14 para as imagens)
Montagem e fixação
Arraying
Changzheng (1980) and Chen (2000) are the most important factors for a general change. The general change in the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect of the general effect.
- 2015, the company's major business segment is a major business segment in the U.S. and its subsidiaries, which are limited to the U.S., and is limited to the U.S. and its subsidiaries of the U.S. and its subsidiaries of the U.S. and its subsidiaries of the U.S.
| Modell | VX 5,2 | VX 6 | VX 8 | VX 8,2 | VX 8M | VX 12 | VX 12MP/VX 120 | VX 12.20 | VX 15MP/VX 150 | |||||||
| Läge | Passive | Passive | Passive | Passive | Passive | Passive | Dr amp HF | Dr amp HF | Passive | Dr amp HF | Dr amp HF | Passive | Dr amp HF | Dr amp HF | ||
| Impedens | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | 8,0 | |
| Näureta effekt på hänstkaren | Kontnauerzig RMS | 130 W | 100 W | 132 W | 202 W | 136 W | 210 W | 152 W | 350 W | 83 W | 500 W | 350 W | 350 W | 400 W | 402 W | 80 W |
| Topp | 520 W | 470 W | 523 W | 800 W | 525 W | 807 W | 1407 W | 1470 W | 870 W | 2003 W | 1400 W | 1407 W | 1607 W | 1603 W | 801 W | |
Anslutningar
Technical Specifications
| System | ||||
| Frequency response | 87 Hz - 15 kHz ±3 dB55 Hz - 15 kHz-10 dB | 92 Hz - 35 kHz ±3 dB90 Hz - 15 kHz-10 dB | 85 Hz - 15 kHz ±3 dB62 Hz - 15 kHz-10 dB | 85 Hz - 15 kHz±3 dB62 Hz - 15 kHz-10 dB |
| Nominal depression | 1.3^ > 90^ < 6.48 percent HF normal & total point HF current & 4.68 percent HF normal & total point | |||
| Directivity factor (Ω) | 7.3/5.6/3.8/8 | |||
| Directory Index (UII) | 8.5/7.7/9.2 | |||
| Power handling (IEC)PredictBi amp | 130 W continuous, 520 W peak | 130 W continuous, 520 W peak | 130 W continuous, 520 W peak | |
| Sensitivity | 92 dB / 11 W g-1 m, 91 dB / 11 W g-1 m, 92 dB / 11 W g-1 m | |||
| Maximum SPLPresiveBi amp | 111 dB continuous, 117 dB peak– | 111 dB continuous, 117 dB peak– | 111 dB continuous, 115 dB peak– | 111 dB continuous, 111 dB peak– |
| ImpedancePassiveBi-amp | 8.0– | 8.0– | 8.0– | 8.0– |
| Crossover Type | Power with dynamic HF protection15 °F / 125 mm LF driver1 x 5° / 125 mm constant densityDual Concentric | Power with dynamic HF protection1 x 5° / 200 mm constant densityDual Concentric | Power with dynamic HF protection1 x 5° / 200 mm constant densityDual Concentric | |
| Components | ||||
| Exlosure | ||||
| Connectors | 2x Minimum speed/MP H/LTo metering terminals | 2x Minimum speed/MP H/LTo metering terminals | 2x Minimum speed/MP H/LTo metering terminals | 2x Minimum speed/MP H/LTo metering terminals |
| WritingPresenceBi-Amp | Pin 1 + 1 / Input, Pin 2 + 1 / Link | Pin 1 + 1 / Input, Pin 2 + 1 / Link | Pin 1 + 1 / Input, Pin 2 + 1 / Link | Pin 1 + 1 / Input, Pin 2 + 1 / Link |
| Dimensions (ft a" X d) | 334 x 161 x 201 mm(13.1 x 17.1 x 7.7) | 334 x 225 x 216 mm(3.3 x 3.0 x 3.3) | 309 x 201 x 275 mm(3.3 x 11.1 x 10.9) | 309 x 201 x 316.7 mm(13.5 x 11.1 x 12.9) |
| Net weight | 4.4 kg / 9.1 Kg | 5.0 kg / 11.0 kg | 8.1 kg / 13.1 kg | 8.0 kg / 18.9 kg |
| Construction | 12 mm / 5/7 plywood, ventral and internally braced | 12 mm / 7/7 plywood, ventral and internally braced | 15 mm / 6/7 plywood, ventral and internally braced | 15 mm / 9/1 plywood, ventral and internally braced |
| Finish | Sentiment/Word point (white options)Powder coated preferred steel | Sentiment/Word point (white options)Powder coated preferred steel | Sentiment/Word point (white options)Powder coated preferred steel | Sentiment/Word pointPowder coated preferred steel |
| Girlic | Mn 6 x 2 pole bracket, insert(4 mm Allen leg)/Mn 6 x 4 polesCentennial with Industryfloteric beams | Mn 6 x 2 pole bracket insert(4 mm Allen leg)/Mn 6 x 4 polesCentennial with Industryfloteric beamsBlending points for optional VTHpole mount | Mn 6 x 2 pole bracket insert(mm Allen leg)/Mn 6 x 2 pole bracketsCooperative with industryfloteric beamsMn 6 linesBlanking plane for optional VTHpole mount1 x 4 mming carrying blade | Mn 6 x 3 swing insertslateral mounting1 x 4 swing carrying handleintegral side mount for standard15 mm poles |
| Flying hardware | Multi Angle VTH MountMulti Angle VTH Mount-99Vide Horizontal 105.2/296.6Vide Ultra margin 105.2/296.6, MWh | Multi Angle Wall MountMulti Angle Wall Mount-99Vide Horizontal 105.2/296.6Vide Horizontal 105.2/296.6, MWhVTH Top line | Multi Angle Wall MountMulti Angle Wall Mount-99Vide Horizontal 99V6 Power output: 400 MHzPower Vertical 100V/40 V2Power Vertical 100V/40 L2VIII Top line | |
| Accessories | ||||
| System | ||||
| VUL 2 / CWH | VX 12.4 (40%) | VX 18BP/CHW | VX 120 (40%) | |
| Frequency response | 60 Hz - 35kHz, 2 dB60 Hz - 35kHz, 10-18 | 70 Hz - 25 kHz, 2 dB55 Hz - 30 kHz, 10-18 | 81 Hz - 25 kHz, 2 dB55 Hz - 30 kHz, 10-18 | 80 Hz - 25 kHz, 2 dB60 Hz - 30 kHz, 10-18 |
| Nominal dispersion | 90° nominal 9.4 dB point | 10° nominal 8.6 dB point | 75° nominal 6.4 dB point | 75° nominal 45° 6.4 dB points |
| Directivity factor (IQ) | 8.1-9.6 | 10.1 | 13 | 13 |
| Directivity index (IQ) | 9.2-9.6 | 10 | 11.1 | 11 |
| Power handling (IEC) | ||||
| PassiveBi-amp | 200 m continuous, 200 m peak | 200 m continuous, 200 m peak | 150 m continuous, 1,400 m peakLF: 350 W continuous, 1,400 W peakHI: 80 W continuous, 120 W peak | 150 W continuous, 1,400 W peakLF: 350 W continuous, 1,400 W peakHI: 80 W continuous, 120 W peak |
| Sensitivity | 59 dB / 112 dB / 12 dB / 7 dB | 60 dB / 112 dB / 12 dB / 7 dB / 112 dB / 7 dB | 70 dB / 112 dB / 12 dB / 7 dB / 112 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12dB / 12 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7dB / 12 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 12 dB / 7 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 17 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 11 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 10 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 12 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 15 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 13 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 18 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 19 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 14 dB / 14 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 14 dB / 14 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 16 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 14 dB / 16 BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BIB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/ BB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/BBBB/Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/Black/Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ White/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Red/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Darker/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ White/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/ Black/Black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ white/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ Black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ red/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ black/ gray | Note: The frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the systems is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured atthe minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and that the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of the system is measured at the minimum threshold and the frequency of |
28 VX Series Quick Start Guide 29
Technical Specifications
| System | |||
| Frequency response | 75 Hz - 25 kHz, 13 dB55 Hz - 30 kHz - 10 Hz | 70 Hz - 25 kHz, 13 dB58 Hz - 30 kHz - 10 Hz | 70 Hz - 25 kHz, 13 dB58 Hz - 30 kHz - 10 Hz |
| Nominal dispersion | 25 °C ± 40 V ± 4 dB points / 12" nominal | 4 - 6 dB points / 75 °C ± 40 V (9 - 5 dB points) | |
| Directivity factor (Q) | 13.7/2 | ||
| Directivity Index (DI) | 17.19/3 10.8 | ||
| Power handling (IEC) | |||
| PassiveBI-amp | 500 W continuous, 2,000 W peakLF: 350 W continuous, 1,400 W peakWH: 350 W continuous, 1,400 W peak | 400 W continuous, 1,600 W peakLF: 400 W continuous, 1,600 W peakHF: 80 W continuous, 320 W peak | 400 W continuous, 1,600WLF: 400 W continuous, 1,600 WHF: 80 W continuous, 320 W peak |
| Scritability | 35 dB (1 W = 1 Hz, 99 dB / 1 W = 1 Hz) to 55 dB (1 V = 1 Hz) | ||
| Maximum SPL | |||
| PassiveBI-amp | 126 dB continuous, 152 dB peakLF: 126 dB continuous, 125 dB peakHF: 127 dB continuous, 141 dB peak | 125 dB continuous, 151 dB peakLF: 126 dB continuous, 152 dB peakHF: 135 dB continuous, 151 dB peak | 125 dB continuous, 151 dB peakLF: 126 dB continuous, 152 dB peakHF: 137 dB continuous, 151 dB peak |
| Impedance | |||
| PassiveBI-amp | 8.08.08.0 | 1.01.01.0 | 1.01.01.0 |
| Crossover Type | Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 80 amp punctable Passive / 85 dB | ||
| Components | 1 to 12" 200 mm constant, Directing Powerwall with 0-Certick wargualide 1 to 12" 100 mm (11⁄2 inch) | 1 to 12" 200 mm constant directly Powerwall 1 to 15" 200 mm constant Directing Powerwall 1 to 15" 200 mm constant Directing Powerwall 1 to 15" 200 mm constant Directing Powerwall 1 to 15" 200 mm constant Directing Powerwall 1 to 15" 200 mm constant Directing Powerwall 1 to 15" 200 mm constant Directing Powerwall 1 to 15" 200 mm Constant Directing Powerwall 1 to 15" 200 mm Constant Directing Powerwall 1 to 15" 200 mm Constant Directing Powerwall 1 to 15" 200 mm Constant Directing Powerwall 1 to 15" 200 mm Constant Directing Powerwall 1 to 15" 200 mm Constant Directing Powerwall 1 to 15" 201 dB | |
| Enclosure | |||
| Connectors | 2x ReLU peak/30" HDL1x barrel ship perimeter | 2x ReLU peak/30" HDL1x barrel ship terminal | 2x ReLU peak/30" HDL1x barrel ship terminal |
| Wiring | |||
| PassiveBI-amp | Pens 1 x 1/1 input, Pens 2 x 1/2 linkPens 1 x 1/1 link, Pens 2 x 1/2 link | Pens 1 x 1/1 input, Pens 2 x 1/2 linkPens 1 x 1/1 link, Pens 2 x 1/2 link | Pens 1 x 1/1 input, Pens 2 x 1/2 linkPens 1 x 1/1 link, Pens 2 x 1/2 link |
| Dimensions (ft a W x DI) | 373 ft x 681 mm130.7 ft x 116.6 ft x 24.7" | 591.6 x 511 x 421 mm(23.3 x 17.8 x 18.6)" | 591 x 451 x 421 mm(23.3 x 17.8 x 18.6)" |
| Net weight | 16.5 kg (62.2 lb) × 15.5 kg (50.2 lb) × 25.4 kg (55 lb) | ||
| Construction | 15 mm (1 %), endoway / 18 mm (1⁄2 inch), plywood, vested and internally stored | 14 mm (1 %), endoway / 18 mm (1⁄2 inch), front,plywood, vested and internally stored | 14 mm (1 %), endoway / 18 mm (1⁄2 inch), front,plywood, vested and internally stored |
| Finish | Serial mark fixed point next be optional Serial mark fixed block or wire outlet solid serial mark black square (black one) | ||
| Gelts | Powder control performed steel | Powder control powered steel | Powder control powered steel |
| Flying hardware | MIO x Binging motors(posteal or landscape mounting)MIO x BLyde brided elements2 x ringrup comping brushesStanding planks for optical TTL pole mount | MIO x Binging motors(posteal or landscape mounting)MIO x BLyde brided elements2 x strength carrying brushesStanding planks for optical TTL pole mountComparable with industry standard brushesMio x Limits | MIO x Binging motors(posteal or landscape mounting)MIO x BLyde brided elements2 x strength carrying brushesStanding planks for optical TTL pole mountComparable with industry standard brushesMio x Limits |
| Accessories | |||
| Yoke Horizontal VCI 7.2Yoke Vertical VCI 12A/2 D.2Yoke Vertical VCI 12A/2 D.2 - 800" TTL Top line | Yoke Horizontal VCI 15Yoke Vertical VCI15VII Top line | Yoke Horizontal VCI 15Yoke Vertical VCI25VIII Top line | |
Other important information
Important information
- Register online. Please register your new Music Tribe equipment right after you purchase it by visiting musctribe.com. Registering your purchase using our simple online form helps us to process your repair claims more quietly and efficiently. Also, read the terms and conditions of our warranty, if applicable.
- Malfunction. Should your Music Tribe Author and Reseller not be located in your vicinity, you may contact the Music Tribe Authorized Fulfill for your country listed under "Support" at musicitibe.com. Should your country not be listed, please check if your problem can be dealt with by our "Online Support" which may also be found under "Support" at musicitibe.com. Alternatively, please submit an online warranty claim at musicitibe.com BEFORE returning the product.
- Power Connections. Before plugging the unit into a power socket, please make sure you are using the correct mains voltage for your particular model. Fuzzy fuses must be replaced with fuses of the same type and rating without exception.
Hereby, Music Tribe declares that this product is in compliance with Directive
2017/65/EU and Amendment 2015/863/EU, Directive 2012/19/EU, Regulation
319/2017 REACH SWR and Directive TSU7, 2006;FL, and this passive product is not applicable to HW. Directive 354/62198, will receive 2024/15/2017
applicable to Line B (Line 20-13.5.16), 17 Effective 20-13.5.16.
Full text of EU D&C is available at https://community.musictribe.com/
EU Representative: Music Tribe Brands DK A/S
Address: Gammel Strand 41, DK-1202 Kobenhavn K, Denmark
UK Homocortisation Music Jules Reands UK Ltd
Address: 6 Lloyds Avenue, Unit 40, London EC3N 342, United Kingdom
EN
